Chris B. M. te Stroet

Author

Netherlands Organisation for Applied Scientific Research

Also Known As

C. B. M. Te Stroet, C. B. M. te Stroet, C.B.M Te Stroet, C.B.M. Stroet, C.B.M. Te Stroet, C.B.M. te Stroet, Chris B. M. Stroet, Chris B. M. Te Stroet, Chris B. M. te Stroet, Chris B.M. te Stroet

Publications

586

Citations

H-Index

Concepts

All Affiliations

Netherlands Organisation for Applied Scientific Research Delft University of Technology United States Geological Survey

About

Chris B. M. te Stroet is an author at Netherlands Organisation for Applied Scientific Research specializing in engineering, hydrology, and hydrogeology.

Top Concepts

#	Concept	H-Index	Publications	Citations
1	Engineering	12	13	526
2	Civil Engineering	10	10	385
3	Geography	6	6	211
4	Natural Sciences	1	1	45
5	Environmental Engineering	1	1	23

Chris B. M. te Stroet

Publications

571

Citations

H-Index

Page 1

	Year	Citations
Reduced models for linear groundwater flow models using empirical orthogonal functions P. T. M. Vermeulen, Arnold Heemink, Chris B. M. te Stroet Advances in Water Resources Numerical AnalysisHydrogeologyEngineeringGroundwater ManagementHydrogeologic System	2003	109
Stochastic determination of well capture zones Matthijs van Leeuwen, Chris B. M. te Stroet, Adrian P. Butler, Water Resources Research Environmental MonitoringEngineeringSpatial UncertaintyStochastic AnalysisHydrogeologic System	1998	63
A representer‐based inverse method for groundwater flow and transport applications Johan Valstar, Dennis McLaughlin, Chris B. M. te Stroet, Water Resources Research EngineeringRepresenter ExpansionsHydrologic EngineeringMeasurement ErrorsHydrogeologic System	2004	61
Stochastic determination of well capture zones conditioned on regular grids of transmissivity measurements Matthijs van Leeuwen, Adrian P. Butler, Chris B. M. te Stroet, Water Resources Research Environmental MonitoringEngineeringMeasurementSpatial UncertaintyStochastic Analysis	2000	57
Using Kalman Filtering to Improve and Quantify the Uncertainty of Numerical Groundwater Simulations: 1. The Role of System Noise and Its Calibration F.C. van Geer, Chris B. M. te Stroet, Yangxiao Zhou Water Resources Research EngineeringSystem NoiseHydrogeologic SystemUncertainty ModelingEarth Science	1991	56
Mapping Curvilinear Structures with Local Anisotropy Kriging Chris B. M. te Stroet, J.J.J.C. Snepvangers Mathematical Geology Geometric ModelingLocal Anisotropy KrigingNatural SciencesDeformation ReconstructionComputer-aided Design	2005	45
Using Kalman Filtering to Improve and Quantify the Uncertainty of Numerical Groundwater Simulations: 2. Application to Monitoring Network Design Yangxiao Zhou, Chris B. M. te Stroet, F.C. van Geer Water Resources Research HydrogeologyNumerical Groundwater SimulationsEngineeringWater ResourcesUncertainty Quantification	1991	37
Limitations to upscaling of groundwater flow models dominated by surface water interaction P. T. M. Vermeulen, Chris B. M. te Stroet, Arnold Heemink Water Resources Research Different Upscaling MethodsEngineeringHydrogeophysicsHydrogeologic SystemEarth Science	2006	27
Stochastic groundwater quality management: Role of spatial variability and conditioning M. Bakr, Chris B. M. te Stroet, A.M.J. Meijerink Water Resources Research Stochastic SimulationTotal CostInverse AlgorithmGroundwater QualityEngineering	2003	23
Model inversion of transient nonlinear groundwater flow models using model reduction P. T. M. Vermeulen, Chris B. M. te Stroet, Arnold Heemink Water Resources Research Numerical AnalysisReduced Order ModelingParameter EstimationEngineeringModel Inversions	2006	23

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